
This dense green grass meadow patch is a detailed 3D model featuring varied blade lengths and natural tones for realistic ground cover. This asset represents a dense, medium-height meadow grass patch, designed with a high level of geometric complexity to simulate natural ground cover. The structure consists of a thick, central base of interwoven blades surrounded by wispy, outward-reaching fronds that provide a soft, organic silhouette. The colour palette is a realistic mix of deep and vibrant greens, capturing the varied tones found in natural meadow grasses. Its irregular, radial form ensures that when tiled or scattered, it avoids repetitive patterns, allowing for a highly convincing and naturalistic ground surface in exterior architectural renders.
The download is a 91.8 MB compressed archive with the model in BLEND, FBX and GLTF format.
This asset is intended for use in landscape design and exterior visualisation. Users should implement this within a scattering system or particle engine to populate large site areas effectively. Given the high geometric density, it is recommended to use proxy instances or camera-based clipping to manage viewport performance. Adjust the material shaders to ensure correct translucency and light transmission for the blades, which is critical for achieving a natural look under various daylight conditions and sun angles in your chosen rendering environment.
Ideal for residential garden designs, public park developments, and large-scale landscape masterplans, this grass asset provides essential ground-level detail. It is best deployed in exterior scenes where close-up realism is required for lawn areas, meadow borders, or naturalistic site perimeters. Professionals will find this useful during the concept development and final rendering stages of a project, where it pairs well with other native vegetation, paving materials, and site furniture to create a cohesive, high-quality outdoor environment for client presentations.
Dense Green Grass Meadow Patch
Free
What changed in 1.0
Initial release.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.